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Electrical & Electronic Engineering Courses In Sri Lanka

BEng (Hons) Electrical and Electronic Engineering

BEng (Hons) Electrical and Electronic Engineering

04 Apr 06:50 am APIIT

Requirements:

One of the three options gives you the opportunity to register with us.


1) GCE Advanced Level​ (Mathematics Stream – Mathematics, Physics and Chemistry)


  • Sri Lankan exam: 2C passes and 1S pass including a C pass for mathematics or physics or
  • Cambridge or Edexcel exams: 2C passes and 1S pass including a C pass for mathematics or physics or
  • Any combination totalling to 16 points from the following tariff scheme:​ GCE Advanced Level Grade​ (Sri Lankan/Cambridge/Edexcel/NCUK IFY)​
  • A – 10 points
  • B – 08 points
  • C – 06 points
  • D/S – 04 points
  • E – 02 points

And

​

GCE/GCSE Ordinary Level – Credit Passes (Grade 4) for English​


2) NCUK International Foundation Year​


  • 2C passes and 1S pass including a C pass for mathematics or physics or
  • Any combination totalling to 16 points from the tariff scheme above in point 1.


And


A ‘D’ for English for Academic Purposes


3) Equivalent Qualification


Description:

Complete the first year of your degree in Sri Lanka and transfer seamlessly to University of Staffordshire, UK to embark on your second year and complete your degree in the UK. You will be enrolled on the first year of the BEng (Hons) Electrical and Electronic Engineering degree which you will study in Sri Lanka and then transfer to University of Staffordshire, Stoke-on-Trent, UK to commence your second year of study and complete your degree at the University. You will study the identical first year curriculum being delivered at University of Staffordshire, UK to ensure a smooth transition.


Our Visa Support Team will guide you through the transfer process assisting you with your visa applications and arrival in the UK.


As part of the enrolment process, we will advise you on the financial commitment for this degree programme and the requirements for a smooth transition to studying at University of Staffordshire, UK.

Gain the skills to work at the forefront of new technologies where you could be developing products that transform our daily lives. In the 2021 Research Excellence Framework, 87% of University of Staffordshire, UK’s engineering research was classed as “internationally excellent” or “world-leading”. University of Staffordshire UK also has links with industry and some of our students complete a year-long placement with a company.

You will round off the course by completing a research project. Your work will then be exhibited at University of Staffordshire’s GradEX show, providing the ideal opportunity to get noticed by industry experts and employers in the UK.


Teaching & Learning


You will be taught via a mix of lectures, seminars, tutorials, debates and practical sessions, from which you will learn about the relevance of Electrical and Electronic Engineering to a variety of contemporary issues. The focus will be on applying your knowledge in the real world. You will graduate with a creative approach to problem-solving, have teamworking and persuasive communication skills, and show confidence in managing time, projects and resources.

You will use resources including books, journals and digital databases, social media resource banks and more to immerse yourself in each discipline. To build further links, there will also be career talks, visits and guest speakers from industry. You’ll learn from staff who bring a wealth of experience in Electrical and Electronic Engineering and research expertise.


Modules


Year 1


Compulsory modules:


Applications of Electrical and Electronic Engineering 1 (20 credits)

Applications of Electrical and Electronic Engineering 2 (20 credits)

Engineering Design And Practice (20 credits)

Engineering Mechanics (20 credits)

Engineering Professional Development (20 credits)


Optional modules:

Engineering Mathematics 1 (A-Level) (Optional) (20 credits)

Engineering Mathematics 1 (Non A-Level) (Optional) (20 credits)


Year 2


Compulsory modules:


Circuit Design, Modelling And Manufacturing (20 credits)

Control System Analysis (20 credits)

Digital Electronics Principles and Applications (20 credits)

Electrical Machines (20 credits)

Embedding Systems: Programming and Applications (20 credits)

Engineering Mathematics 2 (20 credits)

Engineering Product Commercialisation (20 credits)


Year 3


Compulsory modules:


Advanced Communication Systems (20 credits)

Advanced Digital Electronics (20 credits)

Advanced Power Electronics (20 credits)

Engineering Project (40 credits)

Modern Power Systems (20 credits)

Power Semiconductors (20 credits)

Real-Time Embedded Systems Design and DSP Applications (20 credits)


Address : 542, Peradeniya Road, Kandy, Sri Lanka.

Phone : 76 177 7977

Email : info@apiit.lk

Website : https://apiit.lk

Available:

APIIT